public void MethodsWithMoreThanTenStatementsBreakRule(string methodName, int expectedProblemCount)
{
var rule = new LongMethodRule();
rule.Check(AssemblyReader.GetMethodByName(typeof(Bar), methodName));
Assert.AreEqual(expectedProblemCount, rule.Problems.Count);
}
public void MethodsWithMoreThanThreeParamsBreakRule(string methodName, int expectedProblemCount)
{
var rule = new LongParamListRule();
rule.Check(AssemblyReader.GetMethodByName(typeof(Foo), methodName));
Assert.AreEqual(expectedProblemCount, rule.Problems.Count);
}
public void MethodsWithMoreThanThreeBranchesBreakRule(string methodName, int expectedProblemCount)
{
var rule = new MethodComplexityRule();
rule.Check(AssemblyReader.GetMethodByName(typeof(ClassD), methodName));
Assert.AreEqual(expectedProblemCount, rule.Problems.Count);
}
public void CallsToBaseClassMethodsDontCount(string typeName, int expectedProblemCount)
{
var rule = new ClientInterfaceRule();
rule.Check(AssemblyReader.GetType(typeName));
Assert.AreEqual(expectedProblemCount, rule.Problems.Count);
}
public void ClassesWithMoreThanThreeCollaboratorsBreakRule(string typeName, int expectedProblemCount)
{
var rule = new MaxCollaboratorsRule();
rule.Check(AssemblyReader.GetType(typeName));
Assert.That(rule.Problems.Count, Is.EqualTo(expectedProblemCount));
}
public void FactoryOrBuilderMethodsDontCount(string methodName, int expectedProblemCount)
{
var rule = new MethodCallRule();
rule.Check(AssemblyReader.GetMethodByName(typeof(ClassF), methodName));
Assert.That(rule.Problems.Count, Is.EqualTo(expectedProblemCount));
}
public void InterfacesWithMoreMethodsThatClientUsesBreakRule(string typeName, int expectedProblemCount)
{
var rule = new ClientInterfaceRule();
rule.Check(AssemblyReader.GetType(typeName));
Assert.AreEqual(expectedProblemCount, rule.Problems.Count);
}
public void CannotInvokeConcreteMethods(string methodName, int expectedProblemCount)
{
var rule = new MethodCallRule();
rule.Check(AssemblyReader.GetMethodByName(typeof(ClassF), methodName));
Assert.That(rule.Problems.Count, Is.EqualTo(expectedProblemCount));
}
public void MethodsCantUseNewOnProjectClasses(string methodName, int expectedProblemCount)
{
var rule = new ObjectCreationRule();
rule.Check(AssemblyReader.GetMethodByName(typeof(ClassE), methodName));
Assert.That(rule.Problems.Count, Is.EqualTo(expectedProblemCount));
}
public void TypesWithMoreThanTenMethodsOrPropertiesBreakRule(string typeName, int expectedProblemCount)
{
var rule = new LargeClassRule();
rule.Check(AssemblyReader.GetType(typeName));
Assert.AreEqual(expectedProblemCount, rule.Problems.Count);
}
public void MethodsThatMakeMultipleCallsToCollaboratorsHaveFeatureEnvy(string methodName,
int expectedProblemCount)
{
var rule = new FeatureEnvyRule();
rule.Check(AssemblyReader.GetMethodByName(typeof(Client), methodName));
Assert.AreEqual(expectedProblemCount, rule.Problems.Count);
}
private void CheckIfCollaboratorFound(string typeName, string collaboratorTypeName)
{
var collaboratorCount = new CollaboratorCount();
var type = AssemblyReader.GetType(typeName);
Assert.That(collaboratorCount.GetCollaboratorsFor(type)
.ToList()
.Exists(c => c.Name.Name == collaboratorTypeName));
}
public void DoesntIncludeBaseClasses()
{
var collaboratorCount = new CollaboratorCount();
var type = AssemblyReader.GetType("ThisClass");
Assert.That(!collaboratorCount.GetCollaboratorsFor(type)
.ToList()
.Exists(c => c.Name.Name == "BaseClass"));
}
public void MethodsWithBooleanParametersBreakRule(string methodName, int expectedProblemCount)
{
var rule = new BooleanParameterRule();
var method = AssemblyReader.GetMethodByName(typeof(ClassC), methodName);
var param = method.Parameters[0];
rule.Check(param);
Assert.AreEqual(expectedProblemCount, rule.Problems.Count);
}
public void IdentifiersLongerThanTwentyCharsBreakRule(string identifier, int expectedProblemCount)
{
var rule = new IdentifierLengthRule();
var module = AssemblyReader.GetAssembly();
rule.Check(module);
Assert.That(rule.Problems.Count(p => p.Resolution.ToString().Contains(identifier)),
Is.EqualTo(expectedProblemCount));
}
